Plasmonic　photonic　nanostructuring　on　the　end　facets　of　optical　fibers　may　enable　extensive　applications　of　the　miniaturized　devices　in　sensors.　However,　the　small　area　on　the　fiber　tips　and　the　large　aspect　ratio　of　the　fiber　body　largely　restrict　direct　fabrication,　which　is　apparently　the　challenge　in　most　of　the　nanopatterning　techniques.　Therefore,　efficient　and　easily　applicable　transfer　techniques　are　more　practical　for　fabricating　plasmonic　nanodevices　on　the　fiber　tips.　In　this　study,　we　report　the　fabrication　of　plasmonic　photonic　structures　on　large-area　planar　substrates,　flexibilization　of　the　structures　into　thin　films,　and　transfer　of　these　films　onto　the　end　facets　of　optical　fibers.　This　strategy　enables　high-quality　functionalization　of　fiber　tips　by　plasmonic　photonic　devices,　thus　providing　new　approaches　for　sensor　applications.